Improved NMR-data-compliant protein structure modeling captures context-dependent variations and expands the scope of functional inference - Wiley Online Library
Improved NMR-data-compliant protein structure modeling captures context-dependent variations and expands the scope of functional inference - Wiley Online Library
Improved NMR-data-compliant protein structure modeling captures context-dependent variations and expands the scope of functional inference - Wiley Online Library
[NMR paper] Improved NMR-data-compliant protein structure modeling captures context-dependent variations and expands the scope of functional inference
Improved NMR-data-compliant protein structure modeling captures context-dependent variations and expands the scope of functional inference
Nuclear magnetic resonance (NMR) spectroscopy can reveal conformational states of a protein in physiological conditions. However, sparsely available NMR data for a protein with large degrees of freedom can introduce structural artifacts in the built models. Currently used state-of-the-art methods deriving protein structure and conformation from NMR deploy molecular dynamics (MD) coupled with simulated annealing for building models. We provide an...
Improved NMR-data-compliant protein structure modeling captures context-dependent variations and expands the scope of functional inference - Wiley Online Library
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